Faceplate light socket assembly

An electrical light assembly adapted to be mounted to a wall, said light assembly comprising:

• a light socket having a substantially cylindrical body and including a spring clip with spring diametrically opposed spring arms extending radially outwardly from said socket body, said spring arms biased radially outwardly from said socket body;
• with an externally threaded surface and
• a faceplate having an aperture for receiving said light socket, said aperture having a peripheral edge with diametrically opposed insertion slots, a helical portion having a reducing diameter of said aperture and diametrically opposed retaining notches at a predetermined position along said helical edge portion, said light socket selectively rotatable between a first insertion position with said spring arms biased radially inwardly for insertion in said insertion slots and a second locked position with said spring arms disposed in said retaining notches, said helical edge biasingly compressing said spring arms upon rotation of said light socket between said first and second positions;
• and
• a sleeve member threadably attached to said light socket for substantially concealing said socket.

An electrical light assembly adapted to be mounted to a wall, said light assembly comprising:

• a light socket having a substantially cylindrical body and including a spring clip, said cylindrical body having an outer threaded surface;
• a faceplate having an aperture for receiving said light socket, said aperture having a peripheral edge, said spring clip lockingly engaging said peripheral edge to position said light socket within said aperture substantially perpendicular to said faceplate;
• a sleeve member threadably attached to said light socket for substantially concealing said socket;
• and
• a fascia panel having an aperture for receiving said light socket, said fascia panel maintained in flush engagement with said face plate by said sleeve member threadably mounted to said light socket.